# UDOO

> Minicomputer (SBC), development platform for education and Internet of Things

**Wikidata**: [Q16000371](https://www.wikidata.org/wiki/Q16000371)  
**Source**: https://4ort.xyz/entity/udoo

## Summary  
UDOO is a minicomputer‑class single‑board computer (SBC) that serves as a development platform for education and Internet of Things (IoT) projects. It combines a microcontroller architecture with ARM Cortex‑A9 and ARM Cortex‑M3 cores, delivering both processing power and low‑level control on a single circuit board.

## Key Facts  
- **Instance of:** single‑board computer (SBC)【source】  
- **Primary use:** development platform for education and Internet of Things (IoT)【source】  
- **Core architecture:** based on a microcontroller that integrates an ARM Cortex‑A9 CPU and an ARM Cortex‑M3 MCU【source】  
- **Official website:** https://www.udoo.org/【source】  
- **Freebase identifier:** /m/0x25wwj【source】  
- **Wikidata sitelink count:** 4 language editions (commons, fr, it, ko)【source】  
- **Commons media category:** “UDOO”【source】  
- **Gentoo Wiki article:** “Udoo” (English, page ID 221148)【source】

## FAQs  
### Q: What is UDOO?  
A: UDOO is a single‑board computer that functions as a minicomputer, designed specifically as a development platform for educational purposes and IoT applications.  

### Q: Which processors does UDOO use?  
A: UDOO’s hardware is built around a microcontroller that incorporates an ARM Cortex‑A9 application processor and an ARM Cortex‑M3 microcontroller core.  

### Q: Where can I find more information about UDOO?  
A: The official UDOO website (https://www.udoo.org/) provides product details, documentation, and community resources.  

## Why It Matters  
UDOO bridges the gap between hobbyist microcontroller boards and full‑featured computers, offering a compact yet powerful platform that can run complex software while still providing direct hardware control. By integrating both an ARM Cortex‑A9 and a Cortex‑M3 core, it enables developers to run high‑level operating systems (e.g., Linux) alongside real‑time microcontroller tasks on the same board. This dual‑core approach simplifies prototyping for educational curricula and IoT solutions, reducing the need for multiple separate devices. Consequently, UDOO accelerates learning, speeds up product development, and lowers the entry barrier for creators seeking to build connected, intelligent systems.  

## Notable For  
- **Dual‑core architecture:** Combines an ARM Cortex‑A9 CPU with an ARM Cortex‑M3 MCU on a single board.  
- **Education‑focused design:** Marketed explicitly as a platform for teaching computing and electronics concepts.  
- **IoT readiness:** Provides the processing capability and low‑level I/O control required for Internet of Things projects.  
- **Single‑board integration:** Delivers a complete computer system on one circuit board, eliminating the need for separate host and microcontroller boards.  

## Body  

### Overview  
UDOO is classified as a minicomputer within the broader single‑board computer (SBC) category. It is engineered to function as a standalone development platform, offering both high‑level computing and low‑level hardware interfacing.

### Hardware Foundations  
- **Microcontroller base:** The board’s core is a microcontroller platform.  
- **Processor cores:**  
  - **ARM Cortex‑A9:** Handles general‑purpose computing, capable of running full operating systems.  
  - **ARM Cortex‑M3:** Provides deterministic, real‑time control for peripheral management and sensor interfacing.  

### Intended Applications  
- **Education:** Used in classrooms and maker spaces to teach programming, electronics, and system integration.  
- **Internet of Things:** Serves as a gateway or edge device, connecting sensors and actuators to cloud services.  

### Ecosystem and Resources  
- **Official website:** All product specifications, software images, and documentation are hosted at https://www.udoo.org/.  
- **Community presence:** Listed in multiple language editions of Wikipedia (commons, French, Italian, Korean) and documented on the Gentoo Wiki under the article “Udoo.”  

### Classification and Metadata  
- **Wikidata description:** “Minicomputer (SBC), development platform for education and Internet of Things.”  
- **Freebase ID:** /m/0x25wwj, linking UDOO to broader knowledge graphs.  
- **Commons category:** Media related to UDOO is organized under the “UDOO” category, facilitating visual reference.  

### Summary of Distinguishing Traits  
UDOO’s combination of a high‑performance ARM Cortex‑A9 and a real‑time Cortex‑M3 on a single board makes it uniquely suited for projects that require both robust computing and precise hardware control without the complexity of multiple separate devices. This integration, paired with its explicit focus on education and IoT, positions UDOO as a versatile tool for learners and developers alike.